Recombination in bacteria results in the swapping of different genes amongst bacterial genomes. The two strains act as the parental genes and the recombinant strains differ from them in one or more genes. Such recombination can occur due to a conjugation where two bacteria join and swap genes.

Question

A researcher discovers that a breed of rabbits have antibodies that can neutralize HIV. The researcher decides to extract the antibody concentrated plasma and deliver it to a patient with HIV. What would you likely expect to see? a. The HIV patient will now have a fighting chance to eliminate HIV as the antibodies will not discriminate and bind to the same viral antigenic determinants. b. The HIV patient will form antibodies against the rabbit serum antibodies. c. The rabbit antibodies will opsonize the HIV antigenic determinants on the MHC II. d. The rabbit antibodies will never work because HIV in humans are different than HIV in rabbits.

Answer 1

Question

Chapter 17, Problem 10TYK

Summary Introduction

Introduction:

Recombination in bacteria results in the swapping of different genes amongst bacterial genomes. The two strains act as the parental genes and the recombinant strains differ from them in one or more genes. Such recombination can occur due to a conjugation where two bacteria join and swap genes.

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A researcher discovers that a breed of rabbits have antibodies that can neutralize HIV. The researcher decides to extract the antibody concentrated plasma and deliver it to a patient with HIV. What would you likely expect to see? a. The HIV patient will now have a fighting chance to eliminate HIV as the antibodies will not discriminate and bind to the same viral antigenic determinants. b. The HIV patient will form antibodies against the rabbit serum antibodies. c. The rabbit antibodies will opsonize the HIV antigenic determinants on the MHC II. d. The rabbit antibodies will never work because HIV in humans are different than HIV in rabbits.

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